 |
Welcome to Country
A view of Wajarri country - the region around the Murchison Radio Observatory (MRO) in the Mid-West region of Western Australia - as seen from the perspective of Wajarri man Mr Godfrey Simpson. (Youtube video by InnovisionGovAu) |
 |
Artist's Impression of an Australia-New Zealand SKA
High resolution video artist's impression of Australian-New Zealand core location. Credit: Swinburne Astronomy Productions, design data provided by CSIRO. (Youtube video by InnovisionGovAu, Download 3-minute version 41MB MOV, Download 45-second media version 27.0MB M4V) |
 |
Looking at the SKA
An introduction to the SKA project by leading Australian astronomers. (Download High Definition MP4 235MB, Download Standard Definition MP4 120MB) |
 |
Australia and New Zealand's Strengths as an SKA Candidate Site
Australia and New Zealand's attributes as a potential site for the SKA. (Download 10.2MB WMV) |
 |
Optimal Radio Quiet
The importance of radio quiet for the SKA and the extraordinarily radio quiet nature of Australia and New Zealand's core site. (Download 4.40MB WMV)
|
 |
Optimal Configuration
Australia and New Zealand's capacity to host the SKA in its optimum configuration. (Download 7.47MB WMV) |
 |
Maximum Discovery
How an ambitious and scientifically powerful SKA will benefit the world. (Download 8.92MB WMV) |
 |
ASKAP Antenna Movement Testing Timelapse
An example of the three-axis movement possible, as shown on the first antenna of CSIRO's ASKAP radio telescope at the Murchison Radio-astronomy Observatory in June 2010. Credit: Paul Bourke and Jonathan Knispel. (Download 39.6MB M4V)
|
 |
ASKAP Antenna Construction Timelapse
Construction of the first of thirty-six antennas that will make up CSIRO's Australian Square Kilometre Array Pathfinder (ASKAP) radio telescope at the Murchison Radio-astronomy Observatory, Western Australia, in January 2010. Credit: CSIRO. (Download 16.4MB MOV)
|
 |
Boolardy Photographic Archive
More videos, including time lapse of the ASKAP dish in motion and LadyBug-3 360x150 degree video, can be found in the Boolardy Photographic Archive.
Credit: Paul Bourke and Jonathan Knispel. Supported by WASP (UWA), iVEC, ICRAR, and CSIRO. |